Symmetry in Nuclear and Atomic Structures: Difference between revisions
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John Wsol ∞ User Page ☀ Exploring the Linguistic Multiverse ☀ Quantum Cosmology Summary ☀ Comparing Stars and Atomic Scales ☀ Review of the High Counsel ☀
Quantum Cosmology ☀ Symmetry in Structures ☀ Quantum Time Increments ☀ Cosmic Onion Model and Structure ☀ Quantum Time Increments ☀ Cosmic Onion Model and Structure ☀ Speed of Gravity and Light ☀ Differential Geometry and Quantum Gravity ☀ Role of the Higgs Boson ☀ Imaginary Frequency Domain ☀ Time as a Radial Coordinate ☀
06:24, 22 May 2024 (UTC)(UTC)
Symmetry in Nuclear and Atomic Structures
Concept of Symmetry
- GPT 4o
- Symmetry in physics often implies invariance under certain transformations. Here, Wsol explores symmetry at a subatomic level, drawing parallels to atomic electron shells.
Symmetry within charge radius and mass confinement radii of subatomic particles suggests a structured layering that might correspond with electron shells. This idea opens avenues for understanding particle interactions and fundamental forces.
Implications for Particle Physics
Understanding these symmetries can lead to insights into the stability of matter, the nature of forces binding particles, and potential unification of physical laws at quantum scales.